Watch Live as Rocket Lab Helicopter Tries to Catch Falling Booster


Rocket Lab's recovery helicopter during tests.

Rocket Lab’s recovery helicopter during tests.
Photo: Rocket Lab

History could be made today, as Rocket Lab is set to catch a falling Electron first-stage booster with a customized Sikorsky S-92 helicopter. You can catch the action live right here.

Update: 7:29 pm ET: Rocket Lab was successful in its effort to catch the falling booster rocket, having secured it at approximately 7:08 pm ET. The booster will be flown to land and analyzed for potential reuse.

Original post follows.

California-based Rocket Lab is targeting no earlier than 6:41 pm ET (3:41 pm PT) for launch of the company’s rideshare mission, dubbed “There and Back Again.” Live coverage (video embedded below) of the attempted launch and booster catch is set to start around 6:10 pm ET (3:10 pm PT), with the launch window closing today at 8:41 pm ET (5:41 pm PT).

The launch is extra special in that it’ll involve a rather unique recovery mission. The pilots of a modified Sikorsky S-92 helicopter will attempt to catch the Electron booster mid-air during its parachute-assisted descent. Rocket Lab has successfully done this during scaled-back tests, but now it’s time for the real deal, as the first stage will return from the upper atmosphere following launch.

Rocket Lab “will attempt to provide a live view of the catch from the helicopter, but due to the remote location where the capture will take place we do expect some video loss,” the company said in an emailed statement.

“Upon the success of this recovery, Electron will be one step closer to being the first reusable orbital small sat launcher,” the statement said. Should Rocket Lab be successful, it’ll become just the second company to have a reusable booster stage, the other being SpaceX, with its Falcon 9 rocket.

Launch of the Electron will take place at the company’s Launch Complex 1 Pad A on New Zealand’s Mahia Peninsula. The rocket will attempt to deliver 34 small satellites to Sun-synchronous orbit for such customers as Alba Orbital, Astrix Astronautics, Aurora Propulsion Technologies, and E-Space, among others. A successful deployment will bring the total number of satellites launched by an Electron rocket to 146.

A descending Electron first stage during tests.

A descending Electron first stage during tests.
Photo: Rocket Lab

Around one hour prior to lift-off, the recovery helicopter will move to its position inside the capture zone, roughly 172 miles (278 km) off New Zealand’s coast. The Sikorsky S-92 helicopter is a workhorse, and it’s typically used for search-and-rescue operations and to transport oil and fuel.

The Electron first stage will separate 2 minutes and 30 seconds into the mission, and then fall back to Earth at speeds reaching 5,150 miles per hour (8,300 km / hr). The first of two parachutes will deploy when the booster is 8.3 miles (13.4 km) above the surface, while the second will deploy at a height of 3.7 miles (6 km). Together, the parachutes will cause the booster to fall at the very manageable speed of 22 miles per hour (35.4 km / hr). The helicopter, lurking nearby, will then snag the parachute line using a hook.

During the tests, the recovery helicopter succeeded in catching the booster and delivering it to an awaiting ship.

During the tests, the recovery helicopter succeeded in catching the booster and delivering it to an awaiting ship.
Photo: Rocket Lab

“Once the stage is captured and secured, the helicopter will transport it back to land where Rocket Lab will conduct a thorough analysis of the stage and assess its suitability for reflight,” according to Rocket Lab.

The launch window for There and Back Again opened two weeks ago, but Rocket Lab has been waiting for the weather to calm down. The company wants to remove weather as a variable during the pending evaluation of the mission. The current mission will be one of several upcoming tests to validate the concept.



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